source: FOIAVistA/tag/r/KERNEL-XU-A4A7-USC-XG-XLF-XNOA-XPD-XQ-XVIR-ZI-ZOSF-ZOSV-ZT-ZU-%Z-XIP--XQAB--XUC--XUR--ZIN--ZTED/ZOSVGTM.m@ 824

Last change on this file since 824 was 628, checked in by George Lilly, 15 years ago

initial load of FOIAVistA 6/30/08 version

File size: 4.4 KB
Line 
1%ZOSV ;ISF/STAFF - View commands & special functions (GT.M). ;4/12/07 16:47
2 ;;8.0;KERNEL;**275,425**;Jul 10, 1995;Build 18
3 ; for GT.M for VMS, version 4.3
4 ;
5ACTJ() ; # active jobs
6 ;Keep active count in global
7 Q $G(^XUTL("XUSYS","CNT"))
8 ;Long way that would work
9 ;N %IMAGE S %IMAGE=$ZGETJPI($J,"IMAGNAME")
10 ;N Y S Y=0
11 ;N %PID S %PID=0
12 ;F S %PID=$ZPID(%PID) Q:'%PID I $ZGETJPI(%PID,"IMAGNAME")=%IMAGE S Y=Y+1
13 ;Q Y
14 ;
15AVJ() ; # available jobs, Limit is in the OS.
16 N V,J
17 S V=^%ZOSF("VOL"),J=$O(^XTV(8989.3,1,4,"B",V,0)),J=$P($G(^XTV(8989.3,1,4,J,0),"^^1000"),"^",3)
18 Q J-$$ACTJ ;Use signon Max
19 ;
20PASSALL ;
21 U $I:(PASTHRU) Q
22NOPASS ;
23 U $I:(NOPASTHRU) Q
24 ;
25GETPEER() ;Get the IP address of a connection peer
26 N PEER
27 S PEER=$ZTRNLNM("VISTA$IP")
28 Q $S($L(PEER):PEER,$L($G(IO("GTM-IP"))):IO("GTM-IP"),1:"")
29 ;
30PRGMODE ;
31 N X,XUCI,XUSLNT
32 W ! S ZTPAC=$P($G(^VA(200,+DUZ,.1)),"^",5),XUVOL=^%ZOSF("VOL")
33 S X="" X ^%ZOSF("EOFF") R:ZTPAC]"" !,"PAC: ",X:60 D LC^XUS X ^%ZOSF("EON") I X'=ZTPAC W "??",$C(7) Q
34 N XMB,XMTEXT,XMY S XMB="XUPROGMODE",XMB(1)=DUZ,XMB(2)=$I D ^XMB:$L($T(^XMB)) D BYE^XUSCLEAN K ZTPAC,X,XMB
35 D UCI S XUCI=Y D PRGM^ZUA
36 F BREAK
37 HALT
38 ;
39PROGMODE() ; In Application mode
40 Q 0 ; This was used to control UCI switching, has no meaning in GT.M
41 ;
42UCI ;
43 S Y="VAH,"_^%ZOSF("VOL") Q
44 ;
45UCICHECK(X) ;
46 Q 1
47 ;
48TEMP() ; Return path to temp directory
49 ;N %TEMP S %TEMP=$P($$RTNDIR," "),%TEMP=$P(%TEMP,"/",1,$L(%TEMP,"/")-2)_"/t/"
50 Q $G(^%ZOSF("TMP"),$G(^XTV(8989.3,1,"DEV"),"USER$:[TEMP]"))
51 ;
52JOBPAR ;is job X valid on system, return UCI in Y.
53 N $ES,$ET,J S $ET="Q:$ES>0 S Y="""" G JOBPX^%ZOSV"
54 S Y=""
55 S J=$ZGETJPI(X,"PRI")
56 I $L(J) S Y=$P(^%ZOSF("PROD"),",")
57JOBPX S $EC=""
58 Q
59 ;
60SHARELIC(TYPE) ;Used by Cache implementations
61 Q
62 ;
63PRIORITY ;The VA has this disabled in general.
64 Q
65 ;
66PRIINQ() ;
67 N PRI S PRI=$ZGETJPI($J,"PRI")
68 Q $S(PRI=0:1,PRI=1:3,PRI=2:5,PRI=3:7,PRI=4:9,1:10)
69 ;
70BAUD S X="UNKNOWN" Q
71 ;
72LGR() Q $R ; Last global reference ($REFERENCE)
73 ;
74EC() ; Error Code: returning $ZS in format more like $ZE from DSM
75 N %ZE
76 I $ZS="" Q ""
77 S %ZE=$P($ZS,",",2)_","_$P($ZS,",",4)_","_$P($ZS,",")_",-"_$P($ZS,",",3)
78 Q %ZE
79 ;
80DOLRO ;SAVE ENTIRE SYMBOL TABLE IN LOCATION SPECIFIED BY X
81 ;S Y="%" F S Y=$O(@Y) Q:Y="" D
82 ;. I $D(@Y)#2 S @(X_"Y)="_Y)
83 ;. I $D(@Y)>9 S %X=Y_"(",%Y=X_"Y," D %XY^%RCR
84 S Y="%" F M:$D(@Y) @(X_"Y)="_Y) S Y=$O(@Y) Q:Y=""
85 Q
86 ;
87ORDER ;SAVE PART OF SYMBOL TABLE IN LOCATION SPECIFIED BY X
88 N %
89 S (Y,%)=$P(Y,"*",1) ;I $D(@Y)=0 F S Y=$O(@Y) Q:Y=""!(Y[Y1)
90 Q:Y=""
91 ;S %=$D(@Y) S:%#2 @(X_"Y)="_Y) I %>9 S %X=Y_"(",%Y=X_"Y," D %XY^%RCR
92 ;F S Y=$O(@Y) Q:Y=""!(Y'[Y1) S %=$D(@Y) S:%#2 @(X_"Y)="_Y) I %>9 S %X=Y_"(",%Y=X_"Y," D %XY^%RCR
93 F M:$D(@Y) @(X_"Y)="_Y) S Y=$O(@Y) Q:Y=""!(Y'[%)
94 Q
95 ;
96PARSIZ ;
97 S X=3 Q
98 ;
99NOLOG ;
100 S Y=0 Q
101 ;
102GETENV ;Get environment Return Y='UCI^VOL^NODE^BOX LOOKUP'
103 N %V,%HOST S %HOST=$ZGETSYI("NODENAME"),%V=^%ZOSF("PROD")
104 S Y=$TR(%V,",","^")_"^"_%HOST_"^"_$P(%V,",",2)_":"_%HOST
105 Q
106 ;
107VERSION(X) ;return OS version, X=1 - return OS
108 Q $S($G(X):$P($ZV," V"),1:+$P($ZV," V",2))
109 ;
110OS() ;
111 Q "VMS"
112 ;
113RTNDIR() ;primary routine source directory
114 ;Assume dat1$:[gtm.o]/src=(dat1$:[gtm.r]),gtm$dist
115 N % S %=$P($ZRO,",")
116 I %["/SRC" S %=$P($P($P(%,"(",2),")",1),",")
117 Q %
118 ;
119SETNM(X) ;Set name, Trap dup's, Fall into SETENV
120 N $ETRAP S $ETRAP="S $ECODE="""" Q"
121 ;
122SETENV ;Set environment X='PROCESS NAME^ '
123 ;workaround for GT.M
124 S ^XUTL("XUSYS",$J,0)=$H,^("NM")=X,^("PID")=$$FUNC^%DH($J)
125 Q
126 ;
127SID() ;System ID
128 N J1,T S T="~"
129 S J1(1)=$ZROUTINES
130 S J1(2)=$ZGBLDIR
131 Q "1~"_J1(1)_T_J1(2)
132 ;
133PRI() ;Check if a mixed OS enviroment.
134 ;Default return 1 unless we are on the secondary OS.
135 ;Only Cache on a VMS/Linux mix is supported now.
136 Q 1
137 ;
138T0 ; start RT clock
139 Q
140 ;
141T1 ; store RT datum, Obsolete
142 Q
143 ;
144 ;Code moved to %ZOSVKR, Comment out if needed.
145LOGRSRC(OPT,TYPE,STATUS) ;record resource usage in ^XTMP("KMPR"
146 Q:'$G(^%ZTSCH("LOGRSRC")) ; quit if RUM not turned on.
147 ; call to RUM routine.
148 D RU^%ZOSVKR($G(OPT),$G(TYPE),$G(STATUS))
149 Q
150 ;
151SETTRM(X) ;Turn on specified terminators.
152 U $I:TERM=X
153 Q 1
154 ;
155DEVOK ;
156 ;INPUT: X=Device $I, X1=IOT -- X1 needed for resources
157 ;OUTPUT: Y=0 if available, Y=job # if owned
158 ; Y=-1 if device does not exists.
159 ; return Y=0 if not owned, Y=$J of owning job, Y=999 if dev cycling
160 ;
161 S Y=0,X1=$G(X1) Q:(X1="HFS")!(X1="MT")!(X1="CHAN")
162 I X1="RES" G RESOK^%ZIS6
163 S Y=0
164 Q ;Let ZIS deal with it.
165 ;
166 Q
167LPC(X) ;ZCRC(X)
168 N R,I
169 S R=$ZBITSTR(8,0)
170 F I=1:1:$L(X) S R=$ZBITXOR(R,$C(0)_$E(X,I))
171 Q $A(R,2)
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